An oxygen equivalent model for water quality dynamics in a macrophyte dominated river

Agriculture & Biology

• hydrologic models 100%
• macrophytes 68%
• rivers 49%
• oxygen 44%
• water quality 31%
• biochemical oxygen demand 30%
• aquatic plants 26%
• dissolved oxygen 25%
• diurnal variation 17%
• solar radiation 13%
• ammonia 13%
• nitrite nitrogen 11%
• organic phosphorus 11%
• protoplasm 11%
• inorganic phosphorus 9%
• nitrate nitrogen 9%
• organic nitrogen 9%
• nutrients 9%
• computer simulation 8%
• nutrient uptake 7%
• deterioration 6%
• death 6%
• photosynthesis 5%
• toxicity 5%
• prediction 5%
• temperature 3%

Earth & Environmental Sciences

• macrophyte 64%
• water quality 41%
• oxygen 40%
• river 30%
• aquatic plant 27%
• dissolved oxygen 20%
• diurnal variation 15%
• solar radiation 13%
• ammonia 12%
• dissolved inorganic phosphorus 11%
• organic phosphorus 10%
• nutrient uptake 9%
• nutrient dynamics 9%
• nitrogen 9%
• organic nitrogen 8%
• photosynthesis 7%
• nitrite 7%
• respiration 7%
• allocation 6%
• toxicity 5%
• nitrate 5%
• nutrient 5%
• prediction 3%
• modeling 3%
• temperature 2%
• parameter 2%